Device and method for measuring a density of provided granular matter

Johannes Khinast; Thomas Klein; Massimo Bresciani; E. Faulhammer; Sandra Stranzinger; Daniel Markl; J. Axel Zeitler

Device and method for measuring a density of provided granular matter

Johannes Khinast (Inventor)
, Thomas Klein (Inventor)
, Massimo Bresciani (Inventor)
, E. Faulhammer (Inventor)
, Sandra Stranzinger (Inventor)
, Daniel Markl (Inventor)
, J. Axel Zeitler (Inventor)

Strathclyde Institute Of Pharmacy And Biomedical Sciences

Research output: Patent

Abstract

A device and a method for providing granular matter is described, wherein the device comprises a receiving container (101) configured and adjusted for receiving the granular matter (103), wherein the receiving container (101) has an output (104) for providing the granular matter (103) to a further processing and the device comprises a measuring unit (102) configured for measuring a density of the granular matter (103) in the receiving container (101) using terahertz spectroscopy.

Original language	English
Patent number	PCT/EP2018/067160
IPC	G01N21/3563,G01N21/3581,G01N21/59,G01N21/85
Priority date	27/06/17
Filing date	27/06/17
Publication status	Published - 3 Jan 2019

Keywords

granular matter
receiving container
terahertz spectroscopy
measuring a density of the granular matter

Access to Document

https://patentimages.storage.googleapis.com/08/13/ef/ec3c0c414feee3/WO2019002319A1.pdf

Cite this

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title = "Device and method for measuring a density of provided granular matter",

abstract = "A device and a method for providing granular matter is described, wherein the device comprises a receiving container (101) configured and adjusted for receiving the granular matter (103), wherein the receiving container (101) has an output (104) for providing the granular matter (103) to a further processing and the device comprises a measuring unit (102) configured for measuring a density of the granular matter (103) in the receiving container (101) using terahertz spectroscopy.",

keywords = "granular matter, receiving container, terahertz spectroscopy, measuring a density of the granular matter",

author = "Johannes Khinast and Thomas Klein and Massimo Bresciani and E. Faulhammer and Sandra Stranzinger and Daniel Markl and Zeitler, \{J. Axel\}",

note = "Classifications IPC G01N21/3563; G01N21/3581; G01N21/59; G01N21/85; CPC G01N21/3563 (EP,US); G01N21/3581 (EP,GB,US); G01N21/5907 (EP); G01N21/85 (GB,US); G01N9/24 (EP,GB,US); G01N2021/8592 (EP,US); G01N21/85 (EP); Priorities GB201710246A·2017-06-27 Application EP2018067160W·2018-06-26 Publication WO2019002319A1·2019-01-03 Published as EP3646008A1;GB2563861A;JP2020528540A;US2021293683A1;WO2019002319A1; PCT/EP2018/067160; G01N21/3563,G01N21/3581,G01N21/59,G01N21/85",

year = "2019",

month = jan,

day = "3",

language = "English",

type = "Patent",

}

TY - PAT

T1 - Device and method for measuring a density of provided granular matter

AU - Khinast, Johannes

AU - Klein, Thomas

AU - Bresciani, Massimo

AU - Faulhammer, E.

AU - Stranzinger, Sandra

AU - Markl, Daniel

AU - Zeitler, J. Axel

N1 - Classifications IPC G01N21/3563; G01N21/3581; G01N21/59; G01N21/85; CPC G01N21/3563 (EP,US); G01N21/3581 (EP,GB,US); G01N21/5907 (EP); G01N21/85 (GB,US); G01N9/24 (EP,GB,US); G01N2021/8592 (EP,US); G01N21/85 (EP); Priorities GB201710246A·2017-06-27 Application EP2018067160W·2018-06-26 Publication WO2019002319A1·2019-01-03 Published as EP3646008A1;GB2563861A;JP2020528540A;US2021293683A1;WO2019002319A1

PY - 2019/1/3

Y1 - 2019/1/3

N2 - A device and a method for providing granular matter is described, wherein the device comprises a receiving container (101) configured and adjusted for receiving the granular matter (103), wherein the receiving container (101) has an output (104) for providing the granular matter (103) to a further processing and the device comprises a measuring unit (102) configured for measuring a density of the granular matter (103) in the receiving container (101) using terahertz spectroscopy.

AB - A device and a method for providing granular matter is described, wherein the device comprises a receiving container (101) configured and adjusted for receiving the granular matter (103), wherein the receiving container (101) has an output (104) for providing the granular matter (103) to a further processing and the device comprises a measuring unit (102) configured for measuring a density of the granular matter (103) in the receiving container (101) using terahertz spectroscopy.

KW - granular matter

KW - receiving container

KW - terahertz spectroscopy

KW - measuring a density of the granular matter

M3 - Patent

M1 - PCT/EP2018/067160

Y2 - 2017/06/27

ER -

Device and method for measuring a density of provided granular matter

Abstract

Keywords

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